Abstract

Shandong Normal University - Lishan College is a zero-carbon campus, using the technical scheme “multiple sources of energy complementing each other, 100% utilization of renewable energy, combining concentrated demonstration with popular extension”. It has built 5 distributed energy stations, including roof PV power station, solar heating water system, biomass vacuum hot water unit, natural gas (straw pyrolysis gas, biomethane) CCHP demonstration project etc. Renewable energy can provide power, heating, air conditioning and hot water for 10,000 teachers and students. The zero-carbon campus save 3,650 tce/a, and the CO2 emission reduction is 9,490 t/a. It offers great experience and is a model for the regional clean and low carbon energy usage and the realization of sustainable development.

Highlights

  • Energy shortage and environmental pollution are the two major problems facing the world today

  • Renewable energy is an important means for the development of zero carbon [1,2,3]

  • University should be the leader of social development and construction of zero-carbon campus plays an important leading and demonstrating role [4,5]

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Summary

Introduction

Energy shortage and environmental pollution are the two major problems facing the world today. The consumption of fossil fuel causes the emission of greenhouse gases such as CO2 and pollutants such as dust, SO2 and NOx. Renewable energy is an important means for the development of zero carbon [1,2,3]. Large-scale application of renewable energy can reduce carbon emissions, solve air pollution and achieve sustainable development. Zero-carbon campus is a test platform for technological innovation. It is a training base for students with sustainable consciousness and a model for leading society to achieve green, low carbon and sustainable development. Lishan College and Lucy New Energy Company are pioneers of R & D and utilization of new energy technologies in China and have built the zero-carbon campus of large-scale application of renewable energy. There are thousands of visitors from all over the world every year

Design Concept
New energy technology for campus
Energy solutions
Application of solar energy air-conditioning technology
Demonstration project of crop straw heating
Demonstration project of biogas CCHP
Distributed energy stations
Energy saving and environmental benefit analysis
Economic analysis
Problems in operation
Findings
Conclusion
Full Text
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